Go to GlobalSpec.com Home
Toolbar   The Engineering Toolbar
The Ultimate Resource for Engineering and Technical Research. (Learn More)

Smile! U.S. Dental Labs are Now Using Laser Technology

From Laser Photonics, LLC
 

 

As more manufacturers are outsourcing production around the world it is important for everyone to recognize growing health concerns. Recent reports have announced high levels of lead in many products produced in foreign countries such as clothing, childrens' toys, certain foods and much more. The dental industry is now feeling an impact with lead crowns being manufactured in foreign dental labs. The National Association of Dental Labs (NADL) estimates that 15-20% of US dental restorations are fabricated outside of the country. It is likely that over 10% (possibly as high as 25%) of current US dentists are placing foreign-made dental prosthesis. Some dentists may not realize the prosthesis they are purchasing are produced outside the US.

Laser Photonics, a leader in fiber laser technology, has recognized this issue and has been working with major US labs around the country to find a solution. In order to distinguish themselves from the competition and ensure the safety of the public, many US dental labs are using new laser technologies to engrave “Made in the USA” or their company name/logo on their crowns. These dental labs are using marking systems offered by Laser Photonics such as the Fiber Tower Desktop and Fiber Tower XP PLUS to mark their prosthesis. The Fiber Tower XP Plus is perfect for direct part marking applications. It is equipped with a 20 watt fiber laser offering maintenance free operation and its user friendly design and software makes it ideal for these applications. Dental labs are using this fiber laser system to mark on their ceramic, plastic, porcelain and gold crowns and bridges.


Products & Services
Lasers are devices that produce intense beams of monochromatic, coherent radiation. The word "laser" is an acronym for Light Amplification by Stimulated Emission of Radiation. Search by Specification | Learn more about Lasers
Fiber lasers use optical fibers doped with low levels of rare-earth halides as the lasing medium to amplify light. Learn more about Fiber Lasers

Product Announcements
Airbrasive - AIRBRASIVE Micro Abrasive Blasting Work Chambers
Airbrasive® Work Chambers are currently available in 2 styles: Standard & Microscope-Mounting. Custom work benches using automation have been designed. Please call us with your specific needs and... (read more)
Airbrasive - Micro Abrasive Blasting Units from Airbrasive ®
Our Model H unit gives high volume producers the ability to Micro-Blast parts on production lines or in labs. This sturdy machine has been designed to accommodate both intermittent or continuous... (read more)
Scherzinger Pump Technology Inc. - Blending Pumps for Dentistry
In dental laboratories, silicone oil dispensers are used particularly in copying dental or jaw impressions supplied by dentists and others. Thus several forms can be filled sequentially without losing... (read more)
Epilog Laser Corp. - Vector Pin Table
Perfectly cut laser edges just got easier with Epilog's new Vector Cutting Pin Table. (read more)

Topics of Interest
The Laser Photonics i-Series Fiber Laser was specifically designed for maintenance-free OEM applications. It's the most advanced, reliable, industrial grade Fiber Laser marking system available on the... (Read More)
Sawsalls are a favorite tool for those who like to quickly and easily cut through wood, plastics, metal, pipes and even wood with nails in it. Sawsalls are perfect for those hard to reach places, when... (Read More)
Co2 lasers are an excellent method of laser marking and laser etching glass. They continue to replace inkjet and sandblast equipment in many glass-marking applications including automotive side glass,... (Read More)
Victor I.Kopp* and Azriel Z.Genack *Chiral Photonics, Inc., Clifton, New Jersey Department of Physics, Queens College of CUNY, Flushing, New York 12.1 INTRODUCTION Specialized... (Read More)
Laser marking on stainless steel with a CO2 laser is very timely and messy process. Due to the reflective nature of the metal surface and the operational wavelength, CO2 laser systems require a laser... (Read More)